1) parallel scroll compressor
并联涡旋压缩机
2) Scroll Compressor
涡旋压缩机
1.
Influence of the Geometric Parameters of the Molded Lines of Scroll Compressors on Their Friction Loss Power;
涡旋压缩机型线几何参数对其摩擦损失功率的影响研究
2.
Analyses of Stress and Deformation of the Orbiting Scroll of a Scroll Compressor;
涡旋压缩机动涡盘的应力及变形分析
3.
Optimization analysis of lubricating oil quantity in lubricating system of a scroll compressor;
涡旋压缩机润滑系统润滑油量优化分析
3) scroll compressors
涡旋压缩机
1.
An algorithm of backpressure in scroll compressors with axial compliance mechanism and development of its CAD;
背压机构涡旋压缩机的背压算法及其CAD开发
2.
In order to improve the overall performance of scroll compressors, a profile modification method using multi-pairs of circular arcs in the starting part, which can generate perfect meshing profile, is proposed for the first time.
为了提高涡旋压缩机的综合性能,提出了涡旋齿始端多对圆弧修正,这是一种能生成完全啮合型线的圆弧类修正方法。
3.
As the increasingly pressure of energy and entironment, it is urgent to reduce the leakage of scroll compressors.
涡旋压缩机作为一种兼具往复式与回转式压缩机优点的机型，代表了压缩机的发展方向。
4) compressor parallel
压缩机并联
1.
The key technology on compressor parallel is to maintain the safe oil levels.
压缩机并联技术的关键在于解决回油分配问题。
2.
Oil return is a key problem for stable and reliable operation of compressor parallel operation system.
压缩机并联运行系统的稳定可靠运行,回油问题是关键。
6) digital scroll compressor
数码涡旋压缩机
1.
From the variable air volume running of ducted air-conditioning (heat pump) units with digital scroll compressor under nominal refrigerating condition, we have concluded the relationship of the refrigerating capacity, power input, EER, outlet temperature, discharge pressure, discharge temperature, suction pressure vs.
对采用数码涡旋压缩机的风管送风式空调(热泵)机组在标称制冷工况下的变风量运行进行了实验研究,得出了机组制冷能力、功耗、机组效率、出风温度、排气压力、排气温度、吸气压力等参数随风量变化的关系,分析了采用数码涡旋压缩机的管道机变风量运行的特点,为风管送风式空调(热泵)机组的节能、稳定运行提供了有价值的实验支撑。
2.
This paper firstly intnxluces the Digital scroll compressor, then presents the principle of Gree - multiply - variable digital air conditioner, andpoints out its advantages.
本文首先介绍了数码涡旋压缩机原理,然后阐述格力GMV数码多联空调机组运行原理、机组特点和优势。
补充资料：压缩机并联时防喘振控制
分子式：
CAS号：
性质：压缩机可以在并联情况下工作，此时，特别要注意并联工作机的工作特性不一致。并联运行的压缩机既可按单台压缩机的情况组成防喘振系统，又可多台共用一套防喘振系统(通过低值选择器)，当任何一台流量减少可能发生喘振时，该防喘振系统启动。
CAS号：
性质：压缩机可以在并联情况下工作，此时，特别要注意并联工作机的工作特性不一致。并联运行的压缩机既可按单台压缩机的情况组成防喘振系统，又可多台共用一套防喘振系统(通过低值选择器)，当任何一台流量减少可能发生喘振时，该防喘振系统启动。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条